The NX 12-SMA Active Coaxial Stage Monitor from RCF is a powered monitor that can be used as either a floor monitor or mounted for use as a stand-alone PA for small venues. It is capable of up to 800-watts peak performance, providing output up to 129 dB SPL. The monitor has integrated DSP for limiting functions as well as a switchable EQ mode that provides optimized performance for stage monitoring or PA applications.Coaxial Neodymium TransducersThe coaxial neodymium transducers are designed for audio quality and definition as well as a lightweight final systemAbsence of FeedbackThe advantage of coaxial transducers is the absence of feedback, and thanks to the coherent single spherical wave front with dispersion control, a wide ideal listening positionSingle Neodymium RingThe single neodymium ring magnet provides a high flux density and BL factorHyper-Vented BasketBoth of the transducers are equipped with a hyper-vented basket and magnetic assembly that provide heat dissipation and lower power compressionAmplificationThe NX Coaxial Stage Monitors are provided with digital amplifiers with DSP processingInput BoardThe input board is equipped to configure the stage monitors for most stage situations, and includes:XLR input and outputJack inputInput sensitivity switchFree field - floor switchStatus LEDsPowercon AC input and outputErgonomic HandleCabinets are made with Baltic Birch plywood and finished with a resistant paint for extensive use on the road. An ergonomic side handle, integrated with the input panel, is provided for an easier transportEQIn order to control the response of the speaker in different applications, RCF has incorporated two Equalization Modes:Floor, for stage monitoringFree Field, for the use of the speakers as a stand-alone PA1,400 Watt peak, 700 Watt RMS digital bi-amplification129 dB maximum SPL60° x 60° constant directivity horn12" High power neodymium woofer, 2.5" voice coil1.7 kapton dome, 1" exit, neodymium high frequency driverDSP processing, floor field equalization, soft limiter and protection